Maintaining the operating temperature of control systems can help to optimise the life expectancy of components, decreasing the risk of premature component failure due to high temperatures. Adopting a whole-life costing approach to the selection of cooling equipment, considering energy consumption, servicing and maintenance, as well as procurement, may reduce costs as well as increase component service life. Although the use of ambient air may be the most efficient form of cooling, the energy consumption of all enclosure climate control solutions is constantly being reduced by the incorporation of new technologies. The use of EC motor technology, innovative component design and improved software all serve to increase energy savings, reduce costs and conserve the environment. Other costs may also be reduced by innovative solutions. The electronic removal of condensate, nano-coating of condenser coils and removal of filters all yield savings in the area of servicing and maintenance. In conclusion, careful project planning and a holistic approach to cooling product selection may help to prolong the life expectancy of control equipment, reduce costs and minimise environmental impact. |
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